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Its an essential tool for continuous improvement in Lean and Six Sigma environments and is equally valuable wherever theres a need for root cause analysis. This blog provides a guide to using the fishbone diagram in manufacturing. It explores how to create a fishbone diagram and how the fishbone fits within Leanmanufacturing.
As covered in our previous blog , warehousing and distribution management is of critical importance. When its pumping reliably, your manufacturing operations benefit from predictability providing your business with a rock-solid foundation for growth. Your warehouse is like the beating heart of your supply chain.
Share Leanmanufacturing focuses on eliminating waste and optimizing processes to achieve maximum efficiency and expediency. This means bottlenecks are in many ways the natural adversaries of lean principles. This is because there are so many types of bottlenecks in manufacturing and causes that can lead to their development.
The leanmanufacturing methodology chiefly revolves around minimizing production times and raising efficiency by eliminating waste. In this post, we go through the 8 principal wastes in leanmanufacturing and see how manufacturing software can help to address them. What is waste in leanmanufacturing?
By involving production workers in caring for manufacturing equipment, it leverages the skills in the maintenance function, enabling preventive maintenance and higher levels of equipment care. This blog introduces TPM and describes the 8 principles or pillars on which it operates. What is total productive maintenance?
Cellular manufacturing is a method of process improvement and as such, it is an important part of the lean philosophy. You can also listen to this article: What is cellular manufacturing? Cellular manufacturing is a production system that arranges […] The post What Is Cellular Manufacturing?
Leaning on some software magic and his decades of experience in manufacturing, he makes sure the right presents reach the right people each holiday season. The post A Day in the Life of a Manufacturing Elf appeared first on Blog for Manufacturers and Distributors. A mission to […].
Share Uneven customer demand creates significant challenges for manufacturers: increased overtime, excess inventory, and wasted labor, among other obstacles. Instead, production leveling or Heijunka offers a proactive solution rooted in Leanmanufacturing. Launch a pilot line , gather real-time data, and iterate.
It’s easy for manufacturing managers to become fixated on the big picture, visualizing every aspect of their operations as cells in a spreadsheet. The idea behind it is simple, but it can have a tremendous impact on leanmanufacturing efforts as well as ongoing process improvement. What is a Gemba walk in manufacturing?
Please welcome back Ellie Gabel to the 21st Century Tech Blog. However, manufacturers struggle to reach sustainability goals and recycling rates continue to lag. As a result, aluminum primary and secondary manufacturers are investing in new technologies. She is a big fan of Richard Dawkins.
While the primary goal in maintenance strategy is to keep machines running, it also impacts larger corporate objectives such as leanmanufacturing initiatives or overall equipment effectiveness (OEE). For example, lean processes focus on reducing waste. This starts with strategic alignment.
Leanmanufacturing tools help you organize workspaces and fix problems before they can slow you down. What is leanmanufacturing? Leanmanufacturing is all about working smarter, not harder.
This is why many manufacturers and production facilities have a dedicated maintenance supervisor on staff to oversee these mission-critical tasks. Share Keeping track of your facility’s maintenance operations is a big job, and one that shouldn’t be taken lightly.
Leanmanufacturing is much more than a collection of tools. Operating a truly Lean facility requires a Lean mindset, which is only achieved by developing a Lean culture. In this blog, we address why culture matters. We explore how you can recognize a Lean culture and the benefits of developing one.
Similar to this, the automotive and industrial verticals are expanding due to smart manufacturing, digital transformation initiatives, and the advancement of electric and driverless vehicles. Manufacturing centers are being reassessed by businesses, which are prioritizing resilience over cost effectiveness.
In Part 1 of this series, we introduced the fundamentals of continuous improvement: shifting from reactive to proactive operations, reducing waste, and increasing efficiency through Lean and Six Sigma principles. Its how manufacturers move from guessing to learning, and from reaction to refinement.
Takt time is a key concept in leanmanufacturing and process management, representing the rate at which a finished product needs to be completed in order to meet customer demand. Takt time is a key concept in leanmanufacturing […] The post What Is Takt Time and How to Use It? What is takt time?
Process improvement in manufacturing is not just about tweaking a few procedures. It involves a holistic approach, integrating time-tested methodologies such as leanmanufacturing, Six Sigma, and Kaizen, with cutting-edge solutions like manufacturing ERP software. What is process improvement?
That’s why manufacturers serious about eliminating waste strive for Zero Defect Manufacturing. As a quality Mmanagement concept, Zero Defect Manufacturing underpins Lean and Six Sigma thinking. This blog introduces the concept of zero defects in manufacturing. Both are expensive.
Share Synchronizing manufacturing operations helps eliminate waste and increase efficiency. This blog explains kanban in manufacturing. Kanban is one of the most important tools in Leanmanufacturing. It’s also very visual, letting supervisors and workers quickly see the current status of manufacturing orders.
Share One of the tenets of leanmanufacturing is that goods should flow like water through production. That flow is smoothed by determining the takt time and configuring manufacturing to achieve it. This blog explains takt time in manufacturing.
By providing a framework for considering every aspect of manufacturing, they help teams avoid latching on to the first possible cause. Using the 6 M’s in manufacturing has been shown to increase success at identifying and addressing root causes. What are the 6 M’s of manufacturing? These are: 1. Contact us to learn more.
In the ongoing pursuit of increased efficiency and improved profit margins, leanmanufacturing is one of the most impactful practices that organizations have adopted over the past several decades – and its influence remains significant to this day. What is leanmanufacturing? 5S: The five principles of leanmanufacturing.
Small and medium-sized manufacturers with successful supply chains rely heavily on robust production planning. Optimizing the production plan, which takes into account the manufacturing process from raw materials to finished goods, can enhance a company’s operational efficiency, cost savings, and customer satisfaction.
Share Most manufacturers are very focused on efficiency. Defining effectiveness in manufacturing Being effective is about achieving desired results. Defining efficiency in manufacturing In manufacturing, efficiency is generally a matter of resource utilization, because this maximizes the output-to-input ratio.
Share In the ongoing pursuit of greater efficiency, better customer service and a healthy bottom line, manufacturers are reexamining every area of operation to determine the potential for improvement. The focus on value is a core tenet of lean maintenance, a separate but related concept that we will review later in this piece).
Share Some manufacturing businesses make for stock, others make to order, and a number do a little of both. The first two are considered “push” and “pull” manufacturing respectively, while the third is a hybrid approach. Understanding push systems In push manufacturing work is scheduled through the factory based on forecast demand.
” Yasenchak has written more than 45 papers and blogs on “ Keeping Up With ISO ” over the years to help small mold builder and molders across the U.S. Leanmanufacturing, ISO certification and employee quality certification. stay in business. Reducing cost and waste = increased productivity and profitability.
In the early ‘90s, American manufacturers began transitioning to a global supply chain model. This shift resulted in the movement of manufacturing facilities off shore in search of lowered labor costs and economies of scale. In this first blog, we break down supply chain risk management. And, CMTC can help!
Share If your manufacturing facility relies on compressed air to power tools, equipment or processes, its vital to maintain these systems in optimal working condition. Any leaks, worn-out parts or improperly calibrated components can have a significant domino effect throughout your operations.
Share Artificial intelligence, predictive maintenance and digital twins are just some of the new things happening in manufacturing right now. Most, though, are still trying to make sense of this digital transformation in manufacturing. In this blog, we’ll examine the change that’s underway and the key technologies driving it.
With digital transformation taking hold across industry and manufacturing, the metals industry is no exception. Digital transformation in the metals industry — and across manufacturing — is occurring for a number of reasons. Leanmanufacturing. Greater integration and insight in supply chain and inventory functions.
Once the supply chain experiences challenges, manufacturers will almost immediately see higher prices, longer delivery times and extended resource time to make alternate plans and maintain customer relations. enables — must be the new normal for any business that intends to be proactive and competitive in today’s manufacturing landscape.
Maintenance in manufacturing is a many-faceted undertaking, comprising an extensive toolset of tactics and practices. The Alpha Strike rapid improvement event is built on the Kaizen event foundation, drawing from continuous improvement and Kaizen leanmanufacturing principles to drive analysis, action and results.
In this blog, we’ll explore the critical role warehousing and distribution management plays in modern manufacturing operations and share key strategies for achieving significant, sustainable improvements in efficiency and operational excellence. This enables a just-in-time delivery strategy and lean inventory management.
A Pareto analysis is often displayed as a bar chart and it’s widely used in quality, maintenance and leanmanufacturing. You’ll often see a Pareto chart in the manufacturing industry being used to explain why problems are being prioritized and addressed in the order they are. What is a Pareto chart?
This blog is about the importance of safety in maintenance operations, because industrial maintenance safety is as important as the safety of everyone else in the factory. OSHA regulations relate to aspects of manufacturing such as guarding, use of personal protective equipment (PPE) and warning signs.
Manufacturers rely on a skilled workforce to implement, oversee, and improve their manufacturing processes. With millions of manufacturing jobs going unfilled each year, small and medium-sized manufacturers (SMMs) are looking for ways to attract qualified candidates and capture their full potential for growth and productivity.
Read Our Blog. Why is Continuous Improvement Necessary for the Manufacturing Industry? In today's competitive manufacturing world, those who don't improve their business are at risk of being left behind. They will never achieve that goal without continuous process improvement in manufacturing workflows.
Share Standard Operating Procedures are the bedrock on which modern manufacturing rests. This blog takes the form of an introductory Standard Operating Procedures guide. What are Standard Operating Procedures (SOPs) in manufacturing? A manufacturing SOP is a set of instructions detailing how to perform a task.
Maintenance technology is a key area of innovation in manufacturing, today and for the foreseeable future. technology are already becoming pervasive throughout the manufacturing landscape. The success and efficiency of these factories proves that advanced technology is necessary to remain viable and competitive in manufacturing today.
Producing high-quality products your customers can depend on is the best way to achieve customer satisfaction and drive sales for manufacturing organizations. To address these needs, manufacturers need to implement quality management systems (QMS). Why Should Manufacturers Have a QMS? Why should you have a QMS?
Share When it comes to manufacturing, resource management is everything. Understanding the MRO procurement process Managing your MRO spend is in many ways no different from planning the strategic sourcing you use for your manufacturing activities. For instance, MRO management can be broken down into a similar progression of steps: 1.
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